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Tunnel Comparison Between Generic Routing Encapsulation (GRE) and IP Security (Ipsec)

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Tunnel Comparison Between Generic Routing Encapsulation (GRE) and IP Security (Ipsec) Technical report, March 2012 Network project 7.5 credits Tunnel comparison between Generic Routing Encapsulation (GRE) and IP Security (IPSec) Akinola Azeez Paul Chong Zhang 2012-03-27 School of Information Science, Computer and Electrical Engineering - Halmstad University Examiner: Nicolina Månsson Table of Contents Abstract ..............................................................................................................................................4 1. Introduction ................................................................................................................................5 2. Goals ...........................................................................................................................................5 3. Security Recommendations .........................................................................................................6 3.1. Security for Networks ..............................................................................................................6 3.1.1. Secure Physical Access to the Console ..............................................................................6 3.1.2. Restricting Management Access Using Access Control List ...........................................6 3.1.3. Firewall ............................................................................................................................6 3.1.4. IPSEC/VPN .........................................................................................................................7 3.1.5. Create a user profile for each user .....................................................................................7 3.1.6. Update the operating system ............................................................................................7 3.1.7. Educate the users ..............................................................................................................7 4. Tunneling Technologies ...............................................................................................................8 4.1. GRE tunneling ......................................................................................................................8 4.1.2. Properties of GRE .........................................................................................................9 4.2. IPSec/VPN Tunnel .............................................................................................................. 10 4.2.2. Security Services provided by IPSec ............................................................................ 10 4.2.3. Modes of Communication .......................................................................................... 10 4.2.4. How to use IPSec/VPN ............................................................................................... 12 4.2.5. Components of IPSec/VPN ......................................................................................... 12 5.3. Wireshark .......................................................................................................................... 14 5.3.1. Purpose of Wireshark................................................................................................. 14 5.3.1. How to use Wireshark to catch network traffic. ......................................................... 15 5.4. Jperf .................................................................................................................................. 16 5.4.1. Components of Jperf .................................................................................................. 16 5.4.2. TCP Measurements .................................................................................................... 17 5.4.3. UDP Measurements ................................................................................................... 17 1 5.4.4. Useful Jperf Invocations ............................................................................................. 18 5.4.5. Using Jperf to generate high rate streams .................................................................. 18 6. Methodology ............................................................................................................................ 19 6.1 Networking Equipment ...................................................................................................... 19 6.2 Implementation...................................................................................................................... 19 7. Results ......................................................................................................................................... 20 7.1. Scenario 1 GRE ...................................................................................................................... 20 7.1.1. Network performance via Jperf (TCP) in Scenario 1 ......................................................... 22 7.1.2. Network performance via Jperf (UDP) in Scenario 1 ........................................................ 24 7.2. Scenario 2 IPSec .................................................................................................................... 26 7.2.1. Network performance via Jperf (TCP) in Scenario 2 .......................................................... 28 7.2.2. Network performance via Jperf (UDP) in Scenario ............................................................ 30 7.3 Comparison between Scenario 1 and Scenario 2 ................................................................ 32 7.3.1. Jperf Results Table .......................................................................................................... 32 7.3.2. Wireshark Results Table .................................................................................................. 33 8. Conclusion ................................................................................................................................ 34 9. References ................................................................................................................................ 35 2 List of Figures Fig.1 GRE Tunnel Fig.2 VPN Tunnel Fig.3 IPsec Architecture Fig.4 Wireshark Fig.5 Jperf Client and Server Fig.6 Jperf Example Fig.7 GRE-Tunnel Topology Fig.8 Packet data captured from Wireshark Fig.9 Scenario 1 Bandwidth (TCP) Fig.10 Scenario 1 Bandwidth and Jitter (TCP) Fig.11 Scenario 1 Bandwidth (UDP) Fig.12 Scenario 1 Bandwidth and Jitter (UDP) Fig.13 IPSec/VPN-Tunnel Topology Fig.14 Encrypted packets captured from Wireshark Fig.15 Scenario 2 Bandwidth (TCP) Fig.16 Scenario 2 Bandwidth and Jitter (TCP) Fig.17 Scenario 2 Bandwidth (UDP) Fig.18 Scenario 2 Bandwidth and Jitter (UDP) 3 Abstract Since the introduction of networks, they have been used amongst home users, companies and organizations and most damage on the network is due to inappropriate security configurations. To secure networks, a protocol suite can be used to encrypt and authenticate all IP packets of a session. Therefore, this report will include the advantages and possible solution of some techniques used to offer increased network security such as scalability and data confidentiality. Captures of traffic sent using the two security techniques, IPSec/VPN and GRE-Tunnel will be monitored. The objective behind this project is to configure a network with these two different tunneling techniques and compare the security and network performance. The report also describes the security problems encountered by networks such as the ignorance of network users, vulnerabilities and the security of the devices. IPSec is a standard security protocol solution for TCP/IP, and it provides security through authentication, encryption and data integrity. GRE encapsulates packets and create a logical hub-and spoke topology of virtual point-to-point connections. The Jperf-tool is used to measure network performance and show specific details while another tool, Wireshark is used to analyze the information captured during transmission of data sent using IPSEC and GRE. The comparison further finds that IPSec-tunnel technique makes data transfers very secure but causes network performance disadvantages in comparison to a GRE solution. 4 1. Introduction Secure access technologies play many vital roles in computer networks around the globe. They are designed to minimize and reduce the risk of losing privacy and valuable information during communication via the Internet. Security is very important in a network. There are many attacks that could harm the network and if proper documentation and planning are not taken into consideration, the network could be easily compromised. Threats to any network arise from both external and internal entities such as unauthorized users (hackers), virus attacks and ignorance of users. For example, a person can leave the computer and expose it to unauthorized users [5]. The terms man-in-the-middle or hacker are sometimes used interchangeably. They make use of sophisticated software to collect data and break the security of a network. The United States FBI sometimes refers to the man-in-the-middle or hacker as criminals because they are involved in various crimes via the internet such as exploitation of valuable information, stealing of documents and accessing databases illegally [5], [14]. Goals The main goal of the GRE and IPSec/VPN tunnel in our report are: Compare the security strength between the two techniques over a specific network (from HQ to BR system). Measure the network performance
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